More progress! The computer charges itself via human body heat, using a 3D-printed heatsink/shell. The circuit board, containing the computer and charging circuit, sits above.
“Aireal” Haptic Mechanism
iPhone Stethoscope Attachment Finished
UPDATE: after quite a few tests, I’ve released a new version of the stethoscope attachment – download it here, have it printed here. Watch for a write-up and audio samples soon.
It’s done! After some more wrangling with shrinkage, my stethoscope attachment for the iPhone is complete. The MakerBot-printed piece slides onto the bottom of the phone and the stethoscope tube runs inside, allowing you to record sounds directly into the iPhone’s mics.
The part was printed in two pieces and welded together with plastic cement (which worked great on the MakerBot ABS). The fit is tight but doesn’t feel like it would damage the phone’s surfaces.
The sound is piped into the two mics by an internal chamber. Note the stop at the bottom hole – this prevents the stethoscope tube from being inserted too far and blocking the sound! Total build time was around 40-minutes per half, or about 90 minutes total counting GCode generation.
Files to be uploaded to Thingiverse later today
Now available for download on Thingiverse!
3d-Printed iPhone Stethoscope Attachment – Version 2
v2 of my 3d-printed iPhone stethoscope attachment – now with taller sides but shorter front/back… and it fits properly!
3d Printed Tables From Simple Experiments With Sand
Printable Velcro
3d-printable velcro from Thingaverse user eried. Happy to see it was printed on a MakerBot – can’t wait to try it.